About Us
History of WearTech Labs
WearTech Labs emerged from Simon Fraser University’s commitment to innovation and its deep expertise in biomechanics, mechatronics, engineering, and, at their intersection: the field of wearable technology. To bring forward the vision of an interdisciplinary hub dedicated to advancing this domain, SFU appointed Dr. Max Donelan (Department of Biomedical Physiology and Kinesiology) and Dr. Edward Park (School of Mechatronic Systems Engineering) as the facility’s Scientific Directors. Their complementary expertise positioned WearTech Labs to become a leader in the design, development, and evaluation of next-generation wearable systems.
Initially supported by the Canada Foundation for Innovation, the BC Knowledge Development Fund, and substantial institutional investment, WearTech Labs established its primary location in Surrey’s Health and Technology District, housed in the City Centre 2 building within close proximity to Surrey Memorial Hospital. With additional funding from PacifiCan, the facility has since expanded both its capabilities and its regional presence, strengthening its role as a central hub for wearable technology innovation across the Metro Vancouver Area.
The Complete Innovation Loop for Wearable Technology
WearTech Labs is Simon Fraser University's advanced research and development core facility dedicated to wearable technologies. Operating across seven specialized laboratories at three sites in Surrey and Burnaby, we bring together academia and industry to transform breakthrough ideas into real-world solutions.
Our work extends far beyond consumer smartwatches and fitness trackers. We develop and test exoskeletons that restore mobility, prosthetics that integrate seamlessly with the human body, smart textiles that monitor vital signs, technical gear that protects first responders in extreme conditions, and performance systems that optimize athlete training and workplace safety.
Mission & Vision
To make a meaningful impact on the world through wearables. We bridge the gap between transformative ideas and real-world applications by providing the infrastructure, expertise, and collaborative environment where academic researchers and industry partners can rapidly iterate from concept to validated prototype.
We foster research that matters: detecting tinnitus through textile-based ear sensors, determining sleep states using contactless sensors, discovering bio-inspired 3D printing methods, and creating technologies that improve health outcomes in underserved communities.